Australia's first large-scale solar-battery hybrid facility, the Quorn Park Hybrid Solar facility in western NSW, has been completed with the installation of its final panel. The project combines 80 MW of PV generating capacity with a 20 MW, 40 MWh battery, connected to the main grid, aiming to deliver clean energy to power around 45,000 homes in NSW annually. By storing solar energy during the day and dispatching it during evening peaks, the facility is expected to strengthen grid reliability and marks a milestone in Australia's transition towards advanced hybrid renewable energy projects.
Author: Reneweconomy.com
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New state investment vehicle launches with $34 billion renewables push
The New South Wales government has fast-tracked 16 projects worth $34.4 billion, with 13 focused on delivering new renewable energy and storage capacity. The Investment Delivery Authority aims to accelerate planning approvals for these projects to support private sector investment, with the goal of generating enough electricity to power 5.5 million homes and reducing greenhouse emissions by 50% by 2030. Among the selected projects are large-scale wind generation projects and the Port of Newcastle Clean Energy Precinct for hydrogen and ammonia production. Port of Newcastle CEO Craig Carmody expressed commitment to working with the NSW Government on the next phase of the Project, with completion of FEED and EIS studies nearing and positive signs for global investors. The Project's momentum is expected to continue as it moves into the critical phase of approvals.
https://reneweconomy.com.au/new-state-investment-vehicle-launches-with-34-billion-renewables-push/
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“Transformational:” Offshore offtakers spur progress on huge Nullarbor renewables hub
The Western Green Energy Hub (WGEH) in Western Australia's Nullarbor is a proposed 70 gigawatt wind, solar, and hydrogen project with significant interest from Japanese and Korean companies in green ammonia production. The first stage is set to come online by 2033, with 6 gigawatts of wind and solar generating around 330,000 tonnes of green hydrogen annually. The overall goal is to produce up to 3.5 million tonnes of green hydrogen and up to 28 million tonnes of green ammonia each year. Currently undergoing approval processes, the project aims to make a final investment decision in 2029, showcasing a major step towards sustainable energy solutions.
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Balcony solar takes US by storm, as 27 states announce new plug-and-play PV laws
Legislators in various states are introducing bills to allow for plug-in solar systems, with some facing opposition from utilities citing safety risks. Advocates argue that the small size of these systems means very little energy will flow back onto the grid. Balcony solar bills in several states are on track to pass, with California potentially being a massive market for this technology. Supporters see plug-in solar as a way to save money and move towards a healthier, greener future. The importance of passing portable solar bills in states is highlighted as a way to increase access to solar energy, with the hope of seeing solar panels on balconies across the country.
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Wind plans for huge South Australia renewables precinct get federal green light
Neoen's Goyder wind and solar project in South Australia has received approval for stages 1 and 2 of the northern section, with plans for 99 turbines and a 600 MW capacity, including a 225 MW/900MWh battery energy storage system. The project aims to achieve over 2.6 GW of wind and solar generation, multiple batteries, and new transmission lines to connect to demand centers, with contracts signed with BHP for wind capacity to power mining operations. The urgent need for climate solutions is emphasized in light of the health and environmental issues related to climate change, including increased heat-related illnesses, the spread of diseases, extreme weather events, and habitat destruction.
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Company behind Australia’s largest thermal storage project wins Arena funding
MGA Thermal has secured $3.25 million in funding from Arena to advance its thermal energy storage technology, utilizing Miscibility Gap Alloy material for large-scale, long-duration energy storage with high efficiency. The funding will support up to five front-end engineering design studies aimed at decarbonizing industrial process heat and enabling the shift to net zero emissions in Australia. CEO Mark Croudace is enthusiastic about collaborating on TES projects with leading industrial companies, while climate journalist Joshua S. Hill continues to report on clean energy news, focusing on climate change, clean technology, and electric vehicles. Stay updated with the latest clean energy news by subscribing to the free daily newsletter.
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The UK has just thrown its weight behind community energy. Australia should too
The shift to renewable energy in regional Australia is met with opposition, but community energy projects like the Manilla Solar Project offer a different approach by involving locals in governance and financing. These projects can bridge polarized communities and provide agency and benefits to residents, filling the "missing middle" in Australia's renewable energy transition. The importance of community energy projects is highlighted, with success stories in countries like Denmark, Germany, and the United States. The UK's Local Power Plan serves as a model for supporting community and local energy projects, emphasizing the need for community participation in energy projects to be embedded in policy and system planning for trust and resilience. Eleanor Buckley advocates for Australia to adopt a similar approach to support mid-scale community energy projects.
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State Labor pledges huge renewables tender for land “twice the size of Kangaroo Island”
The South Australia Labor government, before entering caretaker mode, announced plans to launch a major competitive tender for new solar, wind, and storage projects if re-elected. They have opened up over 11,000 km of land for renewable energy development under the state's Hydrogen and Renewable Energy Act, aiming to power over half a million homes. The government is laying the foundation for a clean energy boom through a world-first regulatory framework, with parcels of land in key regions identified for potential investment. Extensive consultation with stakeholders is being conducted to ensure social, economic, and environmental considerations are taken into account, with a goal of optimizing renewable energy opportunities while protecting the natural environment and social capital of the regions.
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AI + energy: the monster child of Origin and Facebook? Or a smart, decentralised grid?
Luis F. Gonzalez, Chief Data and AI Officer at Aboitiz Power, believes that AI will lead the energy transition by embedding intelligence in power systems, changing the economics of power and unlocking capital for renewables. He envisions a future where computation is distributed, closer to where energy is generated and consumed, empowering consumers. Gonzalez emphasizes the need for a coordinating intelligence layer to efficiently manage energy grids, whether centralized or decentralized. The article discusses the potential for AI and data companies to optimize energy consumption and manage electricity grids, with Gonzalez warning against monopolization and advocating for government-owned regulatory sandboxes. The question remains whether AI will democratize clean energy or shift power to tech platforms, shaping the clean energy transition based on who controls the data layer above the grid.
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SwitchedOn podcast: How will the data industry control the future of clean energy?
Luis F. Gonzalez emphasizes the crucial role of the data and AI industry in driving the clean energy transition, predicting that data companies will lead the way in financing, shaping, and advocating for decarbonisation efforts. He points to the increasing integration of data and energy, highlighting the potential for AI to revolutionize energy infrastructure and enable consumer energy resources. Despite his optimism for intelligence-driven systems, Gonzalez also raises concerns about the risks of monopoly power and the lack of preparedness among energy regulators for this transformative shift towards a more sustainable future.